Two vander walls gases have same value of `b` but different a values. Which of these would energy greater volume under identical conditions?

Two van der Waals gases have the same value of b but different values of a . Which of these will occupy greater volume under identical conditions. If the gases have the same value of a but different values of b , which of them will be more compressible?

Two van der Waals gases have the same value of b but different values of a . Which of these will occupy greater volume under identical conditions. If the gases have the same value of a but different values of b , which of them will be more compressible?

Two van der waal's gases have same value of a but different value of b which of the following statement is correct ?

Two van der waal's gases have same value of a but different value of b which of the following statement is correct ?

Two gases, obeying van der waals equation, have identical values of 'b' but different values of 'a'. Which one of the two gases will occupy less volume under identical conditions? If the values of 'a' for the two gases are the same but the values of 'b' are different, then under identical conditions which gas will be more compressible?

Which of the following gases will have the same rate of effusion under identical conditions ?

Which of the following gases will have the same rate of effusion under identical conditions-

Two real gases have the same value of 'b' but the values of 'a' are different , molar volume of which of the gases will be less?